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1.
The Journal of the Korean Academy of Periodontology ; : 428-442, 2002.
Article in Korean | WPRIM | ID: wpr-203110

ABSTRACT

There are numerous kind of materials and techniques to regenerate the periodontal tissue which has been lost due to destructive periodontal disease, including bone graft material. Many bone graft materials have been reported and among these materials, synthetic material has been developed fin the long time because of its sufficient supply economically. Calcium sulfate which was evaluated as including much calcium, has been used in the clinical field. In the dental field calcium sulfate has been used as bone graft material and Kim reported that improved bone formation and more amount of new attachment after grafting calcium sulfate. but, because calcium sulfate has the problem that it generates the heat in setting period and resolves fast, we need to evaluate the effect of the improved calcium sulfate on periodontal tissue. The present study evaluates the effect of paste type calcium sulfate on the epithelial migration, alveolar bone regeneration, cementum formation and gingival connective tissue attachment in intrabony defect in dogs. Four millimeter deep and four millimeter wide 3-wall defects were surgically created in the mesial or distal aspects of premolars or molars. the test group received paste-type calcium sulfate with a flap procedure and the control group underwent flap procedure only. Histologic analysis after 8 weeks of healing revealed the following results : 1. The length of epithelial growth(the distance from CEJ to the apical end of JE) was 0.52?0.26mm in the control and 0.56?0.25mm in the test group. there was no statistically significant difference between the two groups. 2. The length of connective tissue adhesion was 1.74?1.06mm in the control and 1.28?0.57mm in the test group. there was no statistically significant difference between the two groups. 3. The length of new bone was 2.01?0.95mm in the control and 2.62?0.81mm in the test group. there was no statistically significant difference between the two groups. 4. The length of new cementum was 1.86?0.80mm in the control and 2.77? 0.86mm in the test group. there was a statistically significant difference between the two groups.(P<0.01) These results suggest that the use of paste type calcium sulfate in 3-wall intrabony defects has significant effect on new cementum formation , but doesn't have any significant effect on the prevention of junctional epithelium migration and new bone formation. Finally, the paste type calcium sulfate that is used in this study is suggested to be the material that can have a significant effect on the periodontal healing, if its biocompatibility is improved.


Subject(s)
Animals , Dogs , Bicuspid , Bone Regeneration , Calcium Sulfate , Calcium , Connective Tissue , Dental Cementum , Epithelial Attachment , Hot Temperature , Molar , Osteogenesis , Periodontal Diseases , Tooth Cervix , Transplants
2.
The Journal of the Korean Academy of Periodontology ; : 193-203, 1998.
Article in Korean | WPRIM | ID: wpr-57013

ABSTRACT

20 Subjects with clinical diagnosis of adult periodontitis with sites having average pocket depth of 4mm were selected for the study. After scaling and root planing of those sites, 30% minocycline-HCl contained in biodegradable device were inserted in one group, scaling and root planing was carried out in another group and the last group was without any periodontal treatment. the difference between the groups was determined by pocket depth, bleeding on probing, attachment level, distribution of subgingival plaque bacteria. Conclusion was made for the comparisons between baseline and 4 weeks and the groups. 1. In analysis of pocket depth, there was significant difference in scaling and root planing group only. 2. Both the scaling and root planing group and minocycline group showed significant decrease in bleeding on probing. 3. There was significant increase in the attachment level in scaling and root planing group ,but no difference was foundbetween the groups. 4. There was significant decrease in the total number of subgingival bacteria in all groups and the number of motile bacteria decreased significantly in the minocycline group. These results indicate that insertion of Minocycline-HCl at the base of periodontal pocket was useful as an additional aid of mechanical treatment at the point of periodontal pocket, bleeding on probing, attachment level, microbial distribution.


Subject(s)
Adult , Humans , Bacteria , Chronic Periodontitis , Diagnosis , Hemorrhage , Minocycline , Periodontal Pocket , Root Planing
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